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80,000 miles wide
the diameter of Saturn is 74,900 miles (120,540 kilometers).
The smaller and more distant a moon is, the harder it is to detect. The smallest moon so far discovered is Aegaeon, a moon of Saturn with a diameter of around half a kilometre.
Mercury's diameter is 0.3825 times that of Earth's
The planet Saturn is about 9 times larger than the planet Earth and is the second largest planet in the solar system. It has 9 rings around it.
1. The thickness of the rings around Saturn. They are less then 1km thick. 2. The diameter of the Earth's moon. Earth's moon is about 3500 km in diameter. 3. The diameter of the orbit of Jupiter is far bigger than the diameter of the Earth's moon.
Much smaller. Consider, the diameter of the rings of Saturn are larger than Saturn itself, and Saturn is the second largest planet in the solar system. The rings of Saturn have a diameter of about 280,000 Kilometers. Charon has a diameter of about 1,200 kilometers. In other words the rings of Saturn are are more than 200 times larger than Charon.
The ring system of Saturn is up to 2km(1.25 miles) thick.
80,000 miles wide
... than Earth. Smaller. Venus' Mass is around 82% of Earths, while its diameter is a little smaller than Earths at around 95% of Earths diameter.
the diameter of Saturn is 74,900 miles (120,540 kilometers).
The smaller and more distant a moon is, the harder it is to detect. The smallest moon so far discovered is Aegaeon, a moon of Saturn with a diameter of around half a kilometre.
No... The Gas around Jupiter creates mass... Thus making it larger the Saturn!
Mercury's diameter is 0.3825 times that of Earth's
Io is smaller than the Earth, around 3660km in diameter compared with Earths diameter of around 12750km.
The planet Saturn is about 9 times larger than the planet Earth and is the second largest planet in the solar system. It has 9 rings around it.
If Saturn actually had a dynamiter, it might explain the rings around the planet...The intended questions was probably "How big is the diameter of Saturn. Because of its high rotational speed and low density, Saturn tends to flatten out notciably, so the diameter at the equator is different from the diameter through the poles. While Saturn measures 120,536 km across its equator, it's only 108,728 km from pole to pole. This is a difference between its equatorial diameter and polar diameter of nearly 10%. In other words, points along the planet's equator are 5,904 km further from the center of Saturn than points at its poles.